85 lines
3.3 KiB
TeX
85 lines
3.3 KiB
TeX
%%%%%%%%%%% Formatting Setup %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
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\newglossarystyle{acrolist}% style name
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{% base it on the "index" style
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\setglossarystyle{index}%
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\renewcommand*{\glossentry}[2]{
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\item{\textbf{\glsentryitem{##1}\glstarget{##1}{\glossentryname{##1}}}}
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\dotfill \space
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\glsentrylong{##1}
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% \space ##2 % page location
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}
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}
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\setglossarystyle{listdotted}
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\renewcommand\nomgroup[1]{%
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\item[\bfseries
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\ifstrequal{#1}{D}{Thermophysical Properties}{%
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\ifstrequal{#1}{E}{Electromagnetic Properties}{%
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\ifstrequal{#1}{K}{Coordinate Systems}{%
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\ifstrequal{#1}{C}{Constants}{%
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\ifstrequal{#1}{S}{Simulation Properties}{%
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\ifstrequal{#1}{Z}{Other Symbols}{}}}}}}%
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]}
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\renewcommand{\nomname}{List of Symbols}
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% \renewcommand{\nompreamble}{The next list describes several symbols that will be later used within the body of the document}
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%%%%%%%%%%% Data %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
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\nomenclature[D]{$a$}{Thermal Diffusivity}
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\nomenclature[D]{$c_p$}{Specific Heat Capacity}
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\nomenclature[D]{$E$}{Young's Modulus}
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\nomenclature[D]{$\nu$}{Poisson Ratio}
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\nomenclature[D]{$\tens{\sigma}$}{Stress}
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\nomenclature[D]{$\tens{\varepsilon}$, $\varepsilon_{el}$, $\varepsilon_{met}$, $\varepsilon_{th}$}{Strain and some sub-components: elastic, metallurgical, thermal}
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\nomenclature[D]{$k$}{Thermal Expansion Coefficient}
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\nomenclature[D]{$\lambda$}{Cooling Coefficient}
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\nomenclature[D]{$T_C$}{Curie Temperature}
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\nomenclature[D]{$\rho$}{Density}
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\nomenclature[E]{$\mu$, $\mu_0$, $\mu_r$, $\mu_{r0}$}{Magnetic Permeability, Vacuum Permeability, Relative Permeability, and Relative Starting Permeability}
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\nomenclature[E]{$\rho_{el}$}{Resistivity}
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\nomenclature[E]{$U$}{Voltage}
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\nomenclature[E]{$f$}{Frequency}
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\nomenclature[E]{$\vect{A}$}{Vector Potential}
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\nomenclature[E]{$\vect{B}$,$\vect{B}_{sat}$}{Magnetic Flux-Density and Magnetic Saturation Flux}
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\nomenclature[E]{$\vect{D}$}{Electric Flux-Density}
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\nomenclature[E]{$\vect{E}$}{Electric Field}
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\nomenclature[E]{$\vect{H}$}{Magnetic Field}
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\nomenclature[E]{$\vect{J}$}{Electrical Current}
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\nomenclature[E]{$\varphi$}{electric Scalar Potential}
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\nomenclature[K]{$x,y,z$}{Global Cartesian Coordinate System}
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\nomenclature[K]{$\xi,\zeta,\eta$}{Relative Cartesian Coordinate System}
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\nomenclature[K]{$r, \theta, z$}{Global Cylindrical Coordinate System}
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%~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
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\newacronym{fem}{FEM}{Finite Element Method}
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\newacronym{xrd}{XRD}{X-Ray Diffraction}
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\newacronym{hexrd}{HEXRD}{High Energy X-Ray Diffraction}
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\newacronym{mcl}{MCL}{Materials Center Leoben Forschungs GmbH}
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\newacronym{ecs}{Engineering Center Steyr}{Engineering Center Steyr GmbH \& Co KG}
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\newacronym{bmw}{BMW}{BMW Group Werk Steyr}
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\newacronym{rve}{RVE}{Representative Volume Element}
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\newacronym{trip}{TRIP}{Transformation Induced Plasticity}
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\newacronym{cad}{CAD}{Computer Aided Design}
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\newacronym{thd}{THD}{Total Harmonic Dissonance}
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\newacronym{edm}{EDM}{electric discharge machining}
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%%%%%%%%%%% Actual Printing %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
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\tableofcontents
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\printnomenclature[3cm]
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\printglossary[type=\acronymtype,title=List of Abbreviations, toctitle=List of Abbreviations, nonumberlist]
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\listoffigures
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\listoftables
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